Properties
Structure: Usually made of flexible materials such as rubber and elastic plastic, it generally consists of a central shaft and flexible sheets connected to the central shaft, or a flexible disk and a driver fixed at the center of the disk.
Drive mode: It uses electromagnetic drive, mechanical spring device or voice - coil motor drive to generate high - frequency vibration. The vibration response speed is fast, reaching the millisecond level.
Control characteristics: The vibration frequency, amplitude and vibration mode are usually adjustable. Some are also integrated with advanced PLC controllers and sensor networks to achieve precise control.
Characteristics:
High versatility: It is applicable to the bulk material arrangement and feeding of 99% of small parts in industrial automation production. Through customized trays, it can be compatible with various types of parts, including special - shaped parts and fine and easily - damaged parts.
Flexible production: The feeding system does not need to replace the hardware structure, and the production variety can be switched with one - click program, which meets the needs of flexible production with small batch and multi - variety.
Accurate positioning: It is equipped with visual positioning technology, which can accurately position parts and is convenient for industrial robots to accurately grasp.
Non - destructive feeding: Based on multi - direction vibration fitting technology or three - axis vibration technology, the vibration is gentle, which can minimize the surface damage of parts and has no hidden danger of material jamming.
Rapid response: The vibration response time is short, generally 100 - 1000ms, which can improve the overall efficiency of the production line.
High reliability: Based on the frequency resonance fitting technology, there is no other mechanical power source and transmission mechanism, which ensures high reliability and long service life.
Easy integration: The parameter configuration is software - based and the interface is graphical, which is easy to configure. It can be easily integrated into various mainstream PLC and robot vision systems, and the deployment is flexible and free.
Energy - saving and environment - friendly: The use of new drive technology and materials reduces energy consumption, and the optimized design reduces working noise, thus reducing energy consumption and environmental pollution.
Simple maintenance: The modular structure is easy to disassemble and clean, which reduces the maintenance cost and downtime.